Chem-Tech XPV Variable Speed High Pressure Peristaltic Chemical Metering Pumps

The Chem-Tech Series XPV pump merges cutting-edge variable speed peristaltic pump technology with advanced control electronics, delivering unmatched performance, control, and value. The XPV stands at the forefront of microprocessor performance management, offering a variety of input signal types and onboard timer programs to customize this pump for any application.

Key Features: Advanced Control for Precision Dosing

• Variable Speed Motor: Provides flexible and precise control over dosing rates.
• Fully Scalable 4-20mA Input: Ensures compatibility with a wide range of control systems.
• Hall Effect Input: Allows for precise monitoring and control of the pump's performance.
• Contacting Head Water Meter Input: Integrates seamlessly with water meter inputs for accurate dosing.
• Flow Totalization: Accurately reports the volume pumped at the touch of a button, ensuring precise chemical injection.
• Cycle Timer: Allows the pump to run automatically at set intervals for consistent dosing.
• Daily Timer: Enables chemical injection based on specific days of the week, providing flexibility in scheduling.
• LCD Display: Offers simple and intuitive program selections and clearly displays operating parameters.
• Complete Pump Kit: Comes with a suction strainer, an injection check valve assembly, and .
• Reliable and Safe: Meets CSA and NSF approvals, ensuring high standards of safety and performance.
• Durable Design: Includes a 2-year limited warranty for long-term reliability.

Experience Unmatched Performance and Control

Choose the Chem-Tech XPV Variable Speed High Pressure Peristaltic Chemical Metering Pumps for an advanced, reliable solution that offers unparalleled control and customization. Whether you need precise chemical dosing or flexible scheduling, the XPV pump is designed to meet your specific requirements with ease. Benefit from its state-of-the-art technology, robust construction, and comprehensive features to enhance your water treatment processes.